CN111080184A - Intelligent terminal warehouse-in and warehouse-out management method and management system thereof - Google Patents
Intelligent terminal warehouse-in and warehouse-out management method and management system thereof Download PDFInfo
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Abstract
The invention discloses a management method and a management system for improving the management efficiency of the input and output of an intelligent terminal, wherein the management method comprises the following steps: acquiring data information of an intelligent terminal to be put in storage; analyzing and sorting the acquired data information to obtain a detection report; storing the detection report into a first database and marking the data state as not-in-storage; after a pre-warehousing instruction is acquired, inputting warehousing information corresponding to the intelligent terminal to be warehoused and storing the warehousing information into a second database, acquiring a warehousing instruction, and marking the data state as warehoused; after the pre-delivery instruction is acquired, delivery information corresponding to the intelligent terminal to be delivered is input and stored in a third database, a storage instruction is acquired, the data state is marked as delivered, and the intelligent terminals for delivering goods are managed by the management method, so that the management efficiency can be effectively improved, the operation of delivering goods to and from the intelligent terminal is more convenient and simpler, and the delivering and delivering of goods are more pertinently carried out.
Description
Technical Field
The invention relates to the field of intelligent terminal management, in particular to a management method and a management system for an intelligent terminal to enter and exit a warehouse.
Background
Along with the popularization of intelligent terminals, the intelligent terminal user group is more and more huge, and two intelligent terminals are more and more approved by consumers because of the ultrahigh cost performance, and a plurality of users who purchase the intelligent terminals for the first time can consider purchasing a second-hand iPhone, an iPad and the like.
Due to frequent update of the intelligent terminals, a large number of second-hand intelligent terminals are generated in the market, and the recycling suppliers of the second-hand intelligent terminals need to manage the recycled equipment.
The existing management method is a manual recording mode, so that the management work is relatively disordered and the efficiency is low; in view of this, improvements to this are needed by those skilled in the art.
Disclosure of Invention
The invention aims to provide a management method and a management system for the intelligent terminal to enter and exit a warehouse, which can improve the management efficiency.
The purpose of the invention is realized by the following technical scheme:
a management method for intelligent terminal warehouse entry and exit includes:
acquiring data information of an intelligent terminal to be put in storage;
analyzing and sorting the acquired data information to obtain a detection report;
storing the detection report into a first database and marking the data state as not-in-storage;
after a pre-warehousing instruction is acquired, inputting warehousing information corresponding to the intelligent terminal to be warehoused and storing the warehousing information into a second database, acquiring a warehousing instruction, and marking the data state as warehoused;
and after a pre-delivery instruction is acquired, delivering information corresponding to the intelligent terminal to be delivered is input and stored in a third database, a storage instruction is acquired, and the data state is marked as delivered.
Optionally, the data information includes a complete machine serial number, a model, a memory and a color, the warehousing information includes a color, an input price, an input type, a supplier and an input remark, after the pre-warehousing instruction is obtained, warehousing information corresponding to the intelligent terminal to be warehoused is input and stored in a second database, the warehousing instruction is obtained, and the step of marking the data state as warehoused includes:
acquiring a pre-warehousing instruction, and inputting and retrieving a serial number of the whole machine;
if the whole serial number is retrieved in the first database, directly calling the information of the detection report corresponding to the whole serial number, inputting the warehousing information and then storing the warehousing information in a second database;
if the serial number of the whole machine is not retrieved in the first database, the data information is supplemented in a manual input or photographing identification mode, and the warehousing information is input and then stored in a second database;
and acquiring a warehousing instruction, and marking the data state as being warehoused.
Therefore, by retrieving and calling the data information in the first database, the warehousing workload can be effectively reduced, the working efficiency is effectively improved, color information such as manually observed data information of florets, blossoms, new flowers and the like is supplemented, the goods entrance price and the goods exit price of the intelligent terminal can be estimated more reasonably, and fair trading of buyers and sellers is further ensured.
Optionally, the step of obtaining the ex-warehouse instruction, inputting the ex-warehouse information corresponding to the intelligent terminal to be ex-warehouse and storing the ex-warehouse information in a third database, obtaining the ex-warehouse instruction, and marking the data state as ex-warehouse includes:
acquiring a pre-warehouse-out instruction, and inputting and retrieving a serial number of the whole machine;
retrieving the information of the detection report corresponding to the complete machine serial number from the second database, inputting the ex-warehouse information and storing the ex-warehouse information in a third database;
and acquiring a warehouse-out instruction, and marking the data state as warehouse-out.
Therefore, the work load of ex-warehouse can be effectively reduced by retrieving and calling the data information in the second database, and the work efficiency is effectively improved.
Optionally, the data information includes a complete machine serial number, and the management method further includes:
merging the first database, the second database and the third database to obtain a management database;
and acquiring a screening condition instruction and/or a statistical data instruction, and acquiring a screening data table and/or a statistical data table.
Like this, through to first database the second database with the third database merges and forms the management database, makes things convenient for managers to filter and make statistics of data, and managers can adjust the type of stocking etc. according to different statistical information, and better help managers carries out intelligent terminal's stocking and shipment management.
Optionally, the data information includes configuration information of hardware of the intelligent terminal to be warehoused, and the step of acquiring the data information of the intelligent terminal to be warehoused includes:
connecting an intelligent terminal to be detected with an interface module;
receiving an authorization instruction of the intelligent terminal to be detected;
the method comprises the steps of obtaining first configuration information of current hardware of the intelligent terminal to be put in storage, and reading second configuration information of the hardware from a record file preset when the intelligent terminal to be put in storage leaves a factory.
And transmitting the data information to the display equipment through a communication module.
Therefore, the hardware condition of the intelligent terminal can be simply and quickly judged by verifying the intelligent terminal to be detected, and compared with the traditional detection method, the intelligent terminal to be detected cannot be damaged, the efficiency of detecting the intelligent terminal can be improved, and the convenience and the safety of recycling and selling the intelligent terminal are further improved.
Optionally, the method further includes:
acquiring third configuration information of current hardware of the intelligent terminal to be warehoused, and reading fourth configuration information of the hardware from a record file preset when the intelligent terminal to be warehoused leaves a factory;
if the second configuration information read from the configuration report is the same as the fourth configuration information, the third configuration information is different from the first configuration information;
and updating the first configuration information in the configuration report according to the third configuration information, and setting a first mark at a position where the third configuration information and the first configuration information in the detection report are different.
Like this, the cell-phone that conveniently detects maintains or can be quick after the change accessory update the information that detects the report to more convenient manage the intelligent terminal of retrieving, guarantee the authenticity of every intelligent terminal's of stock detection report, thus the simple and convenient aassessment transaction price of carrying out.
Optionally, the communication module includes a bluetooth unit, the bluetooth unit defaults to search for visibility, and the step of transmitting the data information to the display device through the communication module includes:
completing account registration through a display device control program, and searching the Bluetooth unit by using the registered account;
binding the account number and the Bluetooth unit, and automatically setting the Bluetooth unit to be invisible for searching;
the data information is transmitted to the display equipment through the Bluetooth unit;
if the Bluetooth unit detects that the account is logged off, the Bluetooth unit automatically sets the search to be visible; the account may provide control permissions to a second account other than the account.
Like this, through bluetooth unit with data transmission to the display device on save and show to the display device can be effectual manages the data that detect the report, and the volume of verifying attachment that reduces that can be further makes verifying attachment portable more, and the convenience of customers carries out the recovery and the work of selling of second-hand intelligent terminal at any time more.
Optionally, the communication module includes a networking unit, and the step of transmitting the data information to the display device through the communication module includes:
the account registration is completed through a control program of the display equipment, and the account and the networking unit are bound;
and after receiving the transmission instruction, the networking unit transmits the data information to the display equipment. Optionally, the management method further includes:
generating a bar code or a two-dimensional code from the data information, and transmitting the bar code or the two-dimensional code to printing equipment through a communication module;
the printing equipment prints the bar code or the two-dimensional code to obtain a stickable bar code or two-dimensional code label;
and sticking the bar code or the two-dimensional code label to the intelligent terminal.
Like this, bar code or two-dimensional code label paste on intelligent terminal to obtain bar code or two-dimensional code label paste and get up with the intelligent terminal one-to-one that corresponds, more convenience manages intelligent terminal, can effectual improvement managerial efficiency, make intelligent terminal's the convenience more simple of operation of getting in stocks and going out stocks.
Optionally, the data information includes any one or a combination of more of a complete machine serial number, a mainboard serial number, an international mobile equipment identification code, a bluetooth address, a cellular address, a Wi-Fi address, a battery serial number, a front camera serial number, a rear camera serial number, a liquid crystal display serial number, a fingerprint serial number, a hard disk capacity, an equipment model, a sales model, a supervision model, an equipment color, and the like; the interface module is connected with the intelligent terminal to be put in storage through a USB line, and the data information is acquired through USB communication protocol.
It is another object of the present invention to provide a management system comprising:
the reading module is used for acquiring data information of the intelligent terminal to be put in storage;
the processing module is used for analyzing and sorting the acquired data information to obtain a detection report;
and the data module is used for storing the detection report into a first database and marking the data state as not-in-storage.
The warehousing module is used for inputting warehousing information corresponding to the intelligent terminal to be warehoused and storing the warehousing information into a second database after acquiring a pre-warehousing instruction, acquiring a warehousing instruction and marking the data state as warehoused;
and the ex-warehouse module is used for inputting ex-warehouse information corresponding to the intelligent terminal to be ex-warehouse and storing the ex-warehouse information in a third database after acquiring a pre-ex-warehouse instruction, acquiring a warehousing instruction and marking the data state as ex-warehouse.
According to the intelligent terminal management method, the intelligent terminals for goods input and output are managed, so that the management efficiency can be effectively improved, the goods input and output operation of the intelligent terminals is more convenient and simpler, the statistics of the intelligent terminals for the goods input and output can be effectively made, the analysis on the signals and the types of the intelligent terminals for the goods input and output is convenient, and the goods input and output are more pertinently carried out; the management method can accurately and effectively analyze the data information condition of the hardware of the intelligent terminal to be detected through analysis and arrangement, and can reasonably estimate the goods-in price and the goods-out price of the intelligent terminal, so that fair transaction of buyers and sellers is guaranteed, and the convenience and the safety of recovery and sale of the intelligent terminal are further improved; meanwhile, the dependence on manpower can be effectively reduced, and the labor cost required by intelligent terminal goods feeding and discharging is further reduced
Drawings
FIG. 1 is a flow chart of a management method of an embodiment of the present invention;
FIG. 2 is a schematic diagram of a management system of an embodiment of the present invention;
wherein: 10. the system comprises a management system 11, a reading module 12, a processing module 13, a data module 14, a warehousing module 15 and a ex-warehouse module.
Detailed Description
Specific structural and functional details disclosed herein are merely representative and are provided for purposes of describing example embodiments of the present invention. The present invention may, however, be embodied in many alternate forms and should not be construed as limited to only the embodiments set forth herein.
In the description of the present invention, it is to be understood that the terms "center", "lateral", "upper", "lower", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outer", etc., indicate orientations or positional relationships based on those shown in the drawings, and are used only for convenience in describing the present invention and for simplicity in description, and do not indicate or imply that the referenced devices or elements must have a particular orientation, be constructed in a particular orientation, and be operated, and thus, should not be construed as limiting the present invention. Furthermore, the terms "first", "second" and "first" are used for descriptive purposes only and are not to be construed as indicating or implying relative importance or implicitly indicating the number of technical features indicated. Thus, a feature defined as "first" or "second" may explicitly or implicitly include one or more of that feature. In the description of the present invention, "a plurality" means two or more unless otherwise specified. Furthermore, the term "comprises" and any variations thereof is intended to cover non-exclusive inclusions.
In the description of the present invention, it should be noted that, unless otherwise explicitly specified or limited, the terms "mounted," "connected," and "connected" are to be construed broadly, e.g., as meaning either a fixed connection, a removable connection, or an integral connection; can be mechanically or electrically connected; they may be connected directly or indirectly through intervening media, or they may be interconnected between two elements. The specific meanings of the above terms in the present invention can be understood in specific cases to those skilled in the art.
The terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of example embodiments. As used herein, the singular forms "a", "an" and "the" are intended to include the plural forms as well, unless the context clearly indicates otherwise. It will be further understood that the terms "comprises" and/or "comprising," when used herein, specify the presence of stated features, integers, steps, operations, elements, and/or components, but do not preclude the presence or addition of one or more other features, integers, steps, operations, elements, components, and/or groups thereof.
In the drawings, elements having similar structures are denoted by the same reference numerals.
The invention is further described with reference to the drawings and the preferred embodiments.
As shown in fig. 1, this embodiment discloses a method for managing entry and exit of an intelligent terminal, which includes:
s100: acquiring data information of an intelligent terminal to be put in storage;
s101: analyzing and sorting the acquired data information to obtain a detection report;
s102: storing the detection report into a first database and marking the data state as not-in-storage;
s103: after a pre-warehousing instruction is acquired, inputting warehousing information corresponding to the intelligent terminal to be warehoused and storing the warehousing information into a second database, acquiring a warehousing instruction, and marking the data state as warehoused;
s104: and after a pre-delivery instruction is acquired, delivering information corresponding to the intelligent terminal to be delivered is input and stored in a third database, a storage instruction is acquired, and the data state is marked as delivered.
The intelligent terminals for goods input and output are managed by the management method, so that the management efficiency can be effectively improved, the goods input and output operation of the intelligent terminals is more convenient and simpler, the statistics of the intelligent terminals for goods input and output can be effectively made, the analysis on the signals and the types of the intelligent terminals for goods input and output is convenient, and the goods input and output are more pertinently carried out; the management method can accurately and effectively analyze the data information condition of the hardware of the intelligent terminal to be detected through analysis and arrangement, and can reasonably estimate the goods-in price and the goods-out price of the intelligent terminal, so that fair transaction of buyers and sellers is guaranteed, and the convenience and the safety of recovery and sale of the intelligent terminal are further improved; meanwhile, the dependence on manpower can be effectively reduced, and the labor cost required by intelligent terminal goods feeding and discharging is further reduced.
The intelligent terminal to be detected is analyzed to obtain a detection report, so that the hardware condition of the intelligent terminal can be judged simply and quickly, and compared with the traditional detection method, the intelligent terminal to be detected cannot be damaged, the detection efficiency of the intelligent terminal can be improved, and the convenience and the safety of the recovery and the sale of the intelligent terminal are further improved; and the data information condition of the hardware of the intelligent terminal to be detected can be accurately and effectively analyzed, the recovery price and the selling price of the intelligent terminal can be more reasonably estimated, and further, fair transaction of buyers and sellers is guaranteed.
Specifically, data information of the intelligent terminal to be warehoused is manually input or automatically identified, the data information of the intelligent terminal to be warehoused is analyzed and arranged, a detection report is obtained, the detection report comprises a factory value and a read value of the data information such as an equipment model, an equipment color, a hard disk capacity, a sales area, a supervision model, a Bluetooth address, a cellular address, a Wi-Fi address, a complete machine serial number, a mainboard serial number, a battery serial number, a rear camera serial number, a liquid crystal display serial number, a fingerprint serial number, an activation state, a jail-off state, an iOS version, a battery life, charging times and the like, whether the intelligent terminal to be warehoused is renovated or not is judged by comparing the factory value and the read value of each piece of information, the obtained detection report is stored in a first database, and the data state is marked to be warehoused, the terminal equipment needing to be put in storage can be conveniently selected by the manager, the data state is marked to be in a state of not being put in storage, the manager can conveniently and rapidly screen the terminal equipment, and the working efficiency of the manager is further improved; the method comprises the following steps of obtaining data information, wherein the data information comprises an International Mobile Equipment Identity (IMEI), a model number, a memory and a color, the warehousing information comprises a color, a stocking price, a stocking type, a supplier and a stocking remark, after a pre-warehousing instruction is obtained, warehousing information corresponding to the intelligent terminal to be warehoused is input and stored in a second database, the warehousing instruction is obtained, and the step of marking the data state as warehoused comprises the following steps:
acquiring a pre-warehousing instruction, and inputting and retrieving a serial number of the whole machine;
if the whole serial number is retrieved in the first database, directly calling the information of the detection report corresponding to the whole serial number, inputting the warehousing information and then storing the warehousing information in a second database;
if the serial number of the whole machine is not retrieved in the first database, the data information is supplemented in a manual input or photographing identification mode, and the warehousing information is input and then stored in a second database;
and acquiring a warehousing instruction, and marking the data state as being warehoused.
Searching whether the first database has the same complete machine serial number or not by inputting and retrieving the complete machine serial number, if the first database has the same complete machine serial number, directly calling the data in the first database to fill the position corresponding to the complete machine serial number of the second database, supplementing and inputting information such as color, goods-feeding price, goods-feeding type, supplier and goods-feeding remark of the intelligent terminal to be put in storage, acquiring a storage instruction, and marking the data state as being put in storage; by retrieving and calling the data information in the first database, the warehousing workload can be effectively reduced, the working efficiency is effectively improved, color information such as manually observed data information of florets, blossoms, new flowers and the like is supplemented, the goods input price and the goods output price of the intelligent terminal can be more reasonably estimated, and the fair transaction of buyers and sellers is further ensured.
Wherein, the reference average price is calculated through the goods-in price, and the calculation condition is as follows: the same type, memory, color and color are the same type, and the calculation method is as the first day: (same type) single/multiple data entry price is reference average price, next day: the total of the warehousing prices of a plurality of data of the same type divided by the number plus the average price on the first day divided by 2 equals to the reference average price on the second day, the third day: the sum of the warehousing prices of a plurality of data of the same type divided by the sum of the quantity + the mean price on days 1 and 2 divided by 3 equals the reference mean price on day 3, and so on to day seven, day eight: (same type) the sum of the mean values from day 1 to 7 divided by 7 equals the reference mean value, day nine: the sum of the mean values from day 2 to 8 (of the same type) divided by 7 equals the reference mean value.
The reference mean price can of course also be obtained by dividing the sum of the single/multiple data entries of the same type by the number. The reference average price is calculated, so that the influence of price fluctuation of the market can be effectively avoided, managers can estimate reasonable selling price through the reference price, the condition that the market price fluctuates is guaranteed, the reasonable price can be used for selling, and reasonable profit is further guaranteed.
The photographing identification can be input by scanning IMEI code, or can enter an information page about the local machine by setting software in the mobile phone, and acquire data information of the information page about the local machine by opening a camera/selecting from an album.
The step of obtaining the ex-warehouse instruction, marking the data state as ex-warehouse comprises the following steps of:
acquiring a pre-warehouse-out instruction, and inputting and retrieving a serial number of the whole machine;
retrieving the information of the detection report corresponding to the complete machine serial number from the second database, inputting the ex-warehouse information and storing the ex-warehouse information in a third database;
and acquiring a warehouse-out instruction, and marking the data state as warehouse-out.
Inputting an IMEI code by means of manual input, code scanning or photographing input, retrieving and calling information of a detection report corresponding to the IMEI code in a second database, filling a warehouse-out price, a warehouse-out client, a warehouse-out type and a warehouse-out remark, acquiring a warehouse-out instruction, and marking the data state as warehouse-out; by retrieving and calling the data information in the second database, the work load of ex-warehouse can be effectively reduced, and the work efficiency is effectively improved.
Wherein, the data information includes a complete machine serial number, the management method further includes:
merging the first database, the second database and the third database to obtain a management database;
and acquiring a screening condition instruction and/or a statistical data instruction, and acquiring a screening data table and/or a statistical data table.
Through to first database the second database with the third database merges and forms the management database, makes things convenient for managers to filter and make statistics of data, and the condition of the screening of screening data table can be the combination of arbitrary one or more of model, colour, look, price, data state, supplier etc. and statistics data table includes that the information such as volume of stocking, volume of shipment, the amount of stocking, the amount of shipment, income amount, the model that the shipment is the most carries out statistics, managers can adjust the type of stocking etc. according to different statistical information, better help managers carry out intelligent terminal's stocking and shipment management.
The data information comprises configuration information of hardware of the intelligent terminal to be put in storage, and the step of acquiring the data information of the intelligent terminal to be put in storage comprises the following steps:
connecting an intelligent terminal to be detected with an interface module;
receiving an authorization instruction of the intelligent terminal to be detected;
the method comprises the steps of obtaining first configuration information of current hardware of the intelligent terminal to be put in storage, and reading second configuration information of the hardware from a record file preset when the intelligent terminal to be put in storage leaves a factory.
And transmitting the data information to the display equipment through a communication module.
By verifying the intelligent terminal to be detected, the hardware condition of the intelligent terminal can be judged simply and quickly, and compared with the traditional detection method, the intelligent terminal to be detected cannot be damaged, the efficiency of detecting the intelligent terminal can be improved, and the convenience and the safety of recycling and selling the intelligent terminal are further improved; the data information condition of the hardware of the intelligent terminal to be detected can be accurately and effectively analyzed, the recovery price and the selling price of the intelligent terminal can be more reasonably estimated, and therefore fair transaction of buyers and sellers is guaranteed; and moreover, hardware of the detected intelligent terminal can be replaced in a targeted manner according to the verification method, so that the intelligent terminal is guaranteed to have good performance to carry out re-transaction. By acquiring first configuration information of hardware of the intelligent terminal to be detected in the current use state and comparing second configuration information of the hardware which is built in a hard disk buffer area of the intelligent terminal to be detected after leaving a factory, the hardware of the intelligent terminal to be detected can be accurately analyzed and compared, so that whether the intelligent terminal to be detected is renovated, expanded, screen-changed and the like can be quickly judged, the hardware of the detected intelligent terminal can be better replaced in a targeted manner according to the verification method, and the intelligent terminal is guaranteed to have good performance to carry out re-transaction.
Wherein the method further comprises:
acquiring third configuration information of current hardware of the intelligent terminal to be warehoused, and reading fourth configuration information of the hardware from a record file preset when the intelligent terminal to be warehoused leaves a factory;
if the second configuration information read from the configuration report is the same as the fourth configuration information, the third configuration information is different from the first configuration information;
and updating the first configuration information in the configuration report according to the third configuration information, and setting a first mark at a position where the third configuration information and the first configuration information in the detection report are different.
The information of the detection report can be rapidly updated after the detected mobile phone is conveniently maintained or accessories are replaced, so that the recovered intelligent terminals can be more conveniently managed, the authenticity of the detection report of each intelligent terminal in stock is ensured, and the transaction price is more simply and conveniently evaluated; and the first mark can be set for the intelligent equipment with the replaced hardware, and the type of the replaced hardware can be conveniently and accurately judged through the first mark, so that the cost of the intelligent terminal with the replaced hardware can be better calculated by combining the first mark, the selling price of the intelligent terminal can be more reasonably estimated, and the fair transaction of both buyers and sellers can be further ensured.
Wherein, communication module includes the bluetooth unit, the default search of bluetooth unit is visual, will the data message passes through communication module and transmits the step that the display device was including:
completing account registration through a display device control program, and searching the Bluetooth unit by using the registered account;
binding the account number and the Bluetooth unit, and automatically setting the Bluetooth unit to be invisible for searching;
the data information is transmitted to the display equipment through the Bluetooth unit;
the data are transmitted to the display equipment through the Bluetooth unit to be stored and displayed, the display equipment can effectively manage the data of the detection report, the size of the verification device can be further reduced, the verification device can be more portable, a user can conveniently recover and sell a second-hand intelligent terminal at any time, and the time cost and the labor cost of the user are further saved; and through verifying data transmission to the display device, can effectual reduction verifying attachment's task processing load, further effectively reduce verifying attachment's cost, and then improve verifying attachment's market competition.
If the Bluetooth unit detects that the account is logged off, the Bluetooth unit automatically sets the search to be visible; the display equipment can delete the pairing information of the Bluetooth unit through the deletion instruction, so that a user can conveniently bind different display equipment to work, and the display equipment is more convenient for the user to use; specifically, after the pairing information of the bluetooth unit of the verification device is deleted, the display device can be selected to send logout information to the bluetooth unit so as to recover the unbound default state of the bluetooth unit; or the Bluetooth unit can automatically detect the server by the aid of other means, and the method is applicable; after the unbound default state is restored, rebinding is supported.
The account can provide control authority for a second account except for the account, and the second account which can be used for controlling the bound Bluetooth unit and the corresponding account is disclosed, so that control work cannot be delayed even if the account is unavailable; in addition, although the binding process of the invention is very convenient, a certain time is still needed, so that the second account does not need to bind the Bluetooth units one by one, which is not only troublesome, but also troublesome because the Bluetooth is invisible after being bound once, and provides good experience for users.
Wherein, the communication module includes networking unit, the step of passing through communication module transmission to the display device with the data message includes:
the account registration is completed through a control program of the display equipment, and the account and the networking unit are bound;
and after receiving the transmission instruction, the networking unit transmits the data information to the display equipment.
Certainly, the detection report can also be transmitted to the cloud server through the networking unit; and the display equipment stores, displays and manages the detection report in the server according to the detected control instruction.
The detection report can be more efficiently analyzed and managed by uploading the detection report to the cloud server for storage and management, and when the display equipment needs to display the detection report, the verification information needing to be displayed is directly acquired from the cloud server, so that the workload of the verification device and the display equipment can be effectively reduced, and the manufacturing cost of the verification device and the display equipment can be effectively reduced; the cloud server is safer to store, inconvenience is brought to users due to data loss is effectively avoided, the detection report is stored in display equipment which is convenient to use in the cloud, different users can obtain detection report information of the cloud server conveniently, and different user requirements can be better met.
Wherein the management method further comprises:
generating a bar code or a two-dimensional code from the data information, and transmitting the bar code or the two-dimensional code to printing equipment through a communication module;
the printing equipment prints the bar code or the two-dimensional code to obtain a stickable bar code or two-dimensional code label;
and sticking the bar code or the two-dimensional code label to the intelligent terminal.
According to the acquired data information, any one or more of a complete machine serial number, a hard disk capacity, an equipment model, a sales model, a supervision model, an equipment color and the like in the data information are combined and converted to generate a bar code or a two-dimensional code, the generated bar code or the two-dimensional code is printed to obtain a bar code or a two-dimensional code label, and the bar code or the two-dimensional code label is pasted on the intelligent terminal, so that the bar code or the two-dimensional code label is pasted and corresponds to the corresponding intelligent terminal one to one, the intelligent terminal is managed more conveniently, the management efficiency can be effectively improved, and the goods entering and exiting operations of the intelligent terminal are more convenient and simple.
The data information comprises any one or more of a complete machine serial number, a mainboard serial number, an international mobile equipment identification code, a Bluetooth address, a cellular address, a Wi-Fi address, a battery serial number, a front camera serial number, a rear camera serial number, a liquid crystal display screen serial number, a fingerprint serial number, hard disk capacity, equipment model, sales model, supervision model, equipment color and the like; the interface module is connected with the intelligent terminal to be put in storage through a USB line, and the data information is easily acquired through a USB communication protocol; the intelligent terminal to be detected is connected with the intelligent terminal to be detected through a USB line, and a USB communication protocol is matched with a driving component program matched with the intelligent terminal to be detected, for example, an iTunes driving component program is needed by an IOS (input/output) system of the apple; the drive assembly program is arranged in the data module, so that the data information of the intelligent terminal to be detected can be acquired very conveniently, any program does not need to be installed on the intelligent terminal to be detected, and compared with the traditional detection method, the intelligent terminal to be detected cannot be damaged, the efficiency of detecting the intelligent terminal can be improved, and the convenience and the safety of the intelligent terminal in recycling and selling are further improved.
Another object of the present invention is to provide a management system 10, as shown in fig. 2, comprising:
the reading module 11 is used for acquiring data information of the intelligent terminal to be put in storage;
the processing module 12 is configured to analyze and sort the acquired data information to obtain a detection report;
and the data module 13 is used for storing the detection report into the first database and marking the data state as not-in-storage.
The warehousing module 14 is configured to, after acquiring a pre-warehousing instruction, input warehousing information corresponding to the intelligent terminal to be warehoused and store the warehousing information in a second database, acquire a warehousing instruction, and mark the data state as being warehoused;
and the ex-warehouse module 15 is used for inputting ex-warehouse information corresponding to the intelligent terminal to be ex-warehouse after a pre-ex-warehouse instruction is acquired, storing the ex-warehouse information in a third database, acquiring a warehousing instruction, and marking the data state as ex-warehouse.
The management system 10 is used for managing the intelligent terminals for goods input and output, so that the management efficiency can be effectively improved, the goods input and output operation of the intelligent terminals is more convenient and simpler, the statistics of the intelligent terminals for goods input and output can be effectively made, the analysis of the signals and the types of the intelligent terminals for goods input and output is facilitated, and the goods input and output are more pertinently carried out; the management system 10 can accurately and effectively analyze the data information condition of the hardware of the intelligent terminal to be detected through analysis and arrangement, and can reasonably estimate the goods-in price and the goods-out price of the intelligent terminal, so that fair transaction between buyers and sellers is guaranteed, and the convenience and the safety of recovery and sale of the intelligent terminal are further improved; meanwhile, the dependence on manpower can be effectively reduced, and the labor cost required by intelligent terminal goods feeding and discharging is further reduced
The foregoing is a more detailed description of the invention in connection with specific preferred embodiments and it is not intended that the invention be limited to these specific details. For those skilled in the art to which the invention pertains, several simple deductions or substitutions can be made without departing from the spirit of the invention, and all shall be considered as belonging to the protection scope of the invention.
Claims (10)
1. A management method for intelligent terminal warehouse entry and exit is characterized by comprising the following steps:
acquiring data information of an intelligent terminal to be put in storage;
analyzing and sorting the acquired data information to obtain a detection report;
storing the detection report into a first database and marking the data state as not-in-storage;
after a pre-warehousing instruction is acquired, inputting warehousing information corresponding to the intelligent terminal to be warehoused and storing the warehousing information into a second database, acquiring a warehousing instruction, and marking the data state as warehoused;
and after a pre-delivery instruction is acquired, delivering information corresponding to the intelligent terminal to be delivered is input and stored in a third database, a storage instruction is acquired, and the data state is marked as delivered.
2. The intelligent terminal warehousing management method according to claim 1, wherein the data information includes a complete machine serial number, a model number, a memory and a color, the warehousing information includes a color, an input price, an input type, a supplier and an input remark, after the pre-warehousing instruction is obtained, warehousing information corresponding to the intelligent terminal to be warehoused is input and stored in a second database, the warehousing instruction is obtained, and the step of marking the data state as warehoused comprises the steps of:
acquiring a pre-warehousing instruction, and inputting and retrieving a serial number of the whole machine;
if the whole serial number is retrieved in the first database, directly calling the information of the detection report corresponding to the whole serial number, inputting the warehousing information and then storing the warehousing information in a second database;
if the serial number of the whole machine is not retrieved in the first database, the data information is supplemented in a manual input or photographing identification mode, and the warehousing information is input and then stored in a second database;
and acquiring a warehousing instruction, and marking the data state as being warehoused.
3. The method as claimed in claim 1, wherein the outbound information includes outbound price, outbound customer, outbound type and outbound remark, the step of obtaining the pre-outbound command, inputting the outbound information corresponding to the intelligent terminal to be outbound and storing the outbound information in a third database, obtaining the outbound command, and marking the data status as outbound comprises:
acquiring a pre-warehouse-out instruction, and inputting and retrieving a serial number of the whole machine;
retrieving the information of the detection report corresponding to the complete machine serial number from the second database, inputting the ex-warehouse information and storing the ex-warehouse information in a third database;
and acquiring a warehouse-out instruction, and marking the data state as warehouse-out.
4. The method as claimed in claim 1, wherein the data information includes a serial number of the whole device, and the method further comprises:
merging the first database, the second database and the third database to obtain a management database;
and acquiring a screening condition instruction and/or a statistical data instruction, and acquiring a screening data table and/or a statistical data table.
5. The method for managing the warehousing of the intelligent terminal as claimed in claim 1, wherein the data information includes configuration information of hardware of the intelligent terminal to be warehoused, and the step of acquiring the data information of the intelligent terminal to be warehoused includes:
connecting an intelligent terminal to be detected with an interface module;
receiving an authorization instruction of the intelligent terminal to be detected;
the method comprises the steps of obtaining first configuration information of current hardware of the intelligent terminal to be put in storage, and reading second configuration information of the hardware from a record file preset when the intelligent terminal to be put in storage leaves a factory.
And transmitting the data information to the display equipment through a communication module.
6. The method for managing the warehousing and ex-warehouse of the intelligent terminal as claimed in claim 5, wherein the method further comprises:
acquiring third configuration information of current hardware of the intelligent terminal to be warehoused, and reading fourth configuration information of the hardware from a record file preset when the intelligent terminal to be warehoused leaves a factory;
if the second configuration information read from the configuration report is the same as the fourth configuration information, the third configuration information is different from the first configuration information;
and updating the first configuration information in the configuration report according to the third configuration information, and setting a first mark at a position where the third configuration information and the first configuration information in the detection report are different.
7. The method as claimed in claim 1, wherein the communication module comprises a bluetooth unit, the bluetooth unit is configured to search for visibility by default, and the step of transmitting the data information to the display device via the communication module comprises:
completing account registration through a display device control program, and searching the Bluetooth unit by using the registered account;
binding the account number and the Bluetooth unit, and automatically setting the Bluetooth unit to be invisible for searching;
the data information is transmitted to the display equipment through the Bluetooth unit;
if the Bluetooth unit detects that the account is logged off, the Bluetooth unit automatically sets the search to be visible; the account may provide control permissions to a second account other than the account.
8. The method as claimed in claim 1, wherein the communication module comprises a networking unit, and the step of transmitting the data information to the display device via the communication module comprises:
the account registration is completed through a control program of the display equipment, and the account and the networking unit are bound;
and after receiving the transmission instruction, the networking unit transmits the data information to the display equipment.
9. The method for managing the warehousing and ex-warehouse of the intelligent terminal as claimed in claim 1, wherein the method further comprises:
generating a bar code or a two-dimensional code from the data information, and transmitting the bar code or the two-dimensional code to printing equipment through a communication module;
the printing equipment prints the bar code or the two-dimensional code to obtain a stickable bar code or two-dimensional code label;
and sticking the bar code or the two-dimensional code label to the intelligent terminal.
10. A management system, comprising:
the reading module is used for acquiring data information of the intelligent terminal to be put in storage;
the processing module is used for analyzing and sorting the acquired data information to obtain a detection report;
and the data module is used for storing the detection report into a first database and marking the data state as not-in-storage.
The warehousing module is used for inputting warehousing information corresponding to the intelligent terminal to be warehoused and storing the warehousing information into a second database after acquiring a pre-warehousing instruction, acquiring a warehousing instruction and marking the data state as warehoused;
and the ex-warehouse module is used for inputting ex-warehouse information corresponding to the intelligent terminal to be ex-warehouse and storing the ex-warehouse information in a third database after acquiring a pre-ex-warehouse instruction, acquiring a warehousing instruction and marking the data state as ex-warehouse.
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